Russia’s purported use of hypersonic missiles in Ukraine in recent days is not only a sign that the military could be resorting to using more destructive weaponry, but also an opportunity for Russia to flaunt weapons it says it’s been developing for several years.
Russia’s Defense Ministry said on Friday that it had deployed “Kinzhal” (meaning “Dagger” in Russian) hypersonic aeroballistic missiles to destroy a large underground warehouse of Ukrainian missiles and aviation ammunition in Delyatin, in the Ivano-Frankivsk region of western Ukraine.
According to CNN, the Kh-47M2 Kinzhal hypersonic missile is an aeroballistic air-to-surface missile that Russia claims has a range of more than 2,000 kilometers, or 1,200 miles, and a speed of Mach 10 — that is, that they can travel ten times faster than the speed of sound.
The Kinzhal hypersonic missile is designed to be carried by MiG fighter jets, as seen in the image below, which shows MiG-31K supersonic interceptor aircraft designed to carry Kh-47M2 Kinzhal missiles
Then on Saturday, the ministry said it had used Kinzhal hypersonic aeroballistic missiles again to destroy a large Ukrainian storage base for fuels and lubricants in the Mykolaiv region; Russia’s Defense Ministry said in a statement it was the main fuel supply base for Ukrainian armored vehicles in combat areas in southern Ukraine.
Russian news agencies said the reported use of hypersonic missiles was the first time Russia’s military had used them in its invasion of Ukraine, which began on Feb.24.
CNBC was unable to immediately verify the claims of hypersonic weapon use. The Pentagon said it wasn’t able to either, but Russia has been flaunting the development of several types of hypersonic weapons for several years.
CNBC has a brief guide to hypersonic missiles and what Russia claims to have used:
A hypersonic weapon is classed as any missile that travels at least five times faster than the speed of sound, or Mach 5 (around 3836 miles per hour) or faster, meaning they can travel about one mile per second. They can also change direction mid-flight, making them a formidable strategic weapon and almost impossible to intercept, unlike conventional missiles.
Russia and China have been seen to be leading the way in the development of hypersonic missiles, much to the dismay of the U.S., a country arguably been behind the curve on this front.
In 2018, during his State of the Nation address, President Vladimir Putin bragged about Russia’s development of hypersonic missiles as he unveiled the Kinzhal and several other next-generation strategic weapons. Putin said at the time Russia had developed a new prototype missile that “can reach any point in the world” and a supersonic weapon that cannot be tracked by anti-missile systems.
The Center for Strategic and International Studies think tank noted in a February report that “hypersonic weapons combine the speed and range of ballistic missiles with the low-altitude and maneuverable flight profile of a cruise missile.”
A senior U.S. Defense official, who spoke on the condition of anonymity in order to share new details from the Pentagon’s ongoing assessment of the war, said it would be odd for the Kremlin to fire a hypersonic weapon.
“It’s a bit of a head-scratcher … Why you would need a hypersonic missile fired from not that far away to hit a building?” the official said. Since Russia’s Feb. 24 invasion of its ex-Soviet neighbor, the Pentagon has observed more than 1,100 Russian missile launches into Ukraine.
James Bosbotinis, a U.K.-based specialist in defense and international affairs, said on Twitter that “Russia’s reported use of a hypersonic air-launched Kinzhal against Ukraine is unsurprising,” adding it would act as both “a signal to Ukraine that Russia has options to escalate, and a message to NATO.”
The Center for Strategic and International Studies said in its February report that “defending against hypersonic missiles is strategically necessary, technologically possible, and fiscally affordable, but it will not be easy.”
“While traditional defenses can handle these challenges individually, their combination will require new capabilities, operational concepts, and defense design. The same characteristics that make hypersonic missiles attractive may also hold the key to defeating them. Instead of thinking about hypersonic defense as an adjunct to the legacy ballistic missile defense problem, it might be better understood as a form of complex air defense.”
